Hotz, Christian; Sprünken, Marian; Baum, Sergej; Waffenschmidt, Eberhard; Stadler, Ingo:
Generation of Synthetic Load Profiles of Electric Vehicles Based on Household Activity Profiles
Conference on Sustainable Development of Energy, Water and Environment Systems (SDEWES) 2022 ; Paphos, Cyprus ; 06.11.-10.11.2022
Paphos, Cyprus, 2022-11-06
2022-11-06Essay (Conference)OA Green
Faculty of Information, Media and Electrical Engineering » Institute of Electrical Power Engineering
Title:
Generation of Synthetic Load Profiles of Electric Vehicles Based on Household Activity Profiles
Conference
Conference on Sustainable Development of Energy, Water and Environment Systems (SDEWES) 2022 ; Paphos, Cyprus ; 06.11.-10.11.2022
Author:
Hotz, ChristianTH Köln
DHSB-ID
THK0003805
Other
person connected with TH Köln
;Sprünken, Marian;Baum, SergejTH Köln
DHSB-ID
THK0001742
SCOPUS
57191583895
Other
person connected with TH Köln
;Waffenschmidt, EberhardTH Köln
DHSB-ID
THK0002009
SCOPUS
6602886345
Other
person connected with TH Köln
;Stadler, IngoTH Köln
DHSB-ID
THK0001568
SCOPUS
14050860600
Other
person connected with TH Köln
Place of publication:
Paphos, Cyprus
Date published:
2022-11-06
„Publication Channel“:
OA Green
WWW URL:
https://www.100pro-erneuerbare.com/publikationen/2022-11-Hotz-SDEWES/Hotz-Synthetic_Load_Profiles.htm
Language of text:
English
Type of resource:
Text
Access Rights:
open access
Peer Reviewed:
Not Peer Reviewed
Practice Partner:
No
Category:
Research
Part of statistic:
Not part of statistic

Abstract in English:

Sensible numerical simulations require accurate modelling as well as a framework of realistic input data as model backbone. As one component of a comprehensive simulation environment for power systems including e-mobility, this paper describes a sociologically backed approach to an e-vehicle charging load profile generator. It is based on an existing activity-based household load generator, an extensive mobility behaviour report, and state of the art charging technology. A smart grid use case with a simple control algorithm then helps demonstrate the application of such profiles.